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NSF/ANSI 42
Drinking Water Treatment Units - Aesthetic Effects
Drinking Water Treatment Units - Aesthetic Effects
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Caldwell, ID
|
COMPONENTS: Filter Cartridges[1] [Pb] |
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| Everpure CTOS-Q | ||||||
| Everpure CTOS-Q10 | ||||||
|
  [1] Conforms to material requirements only.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
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Facility : Hanover Park, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Commercial Modular |
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| 2H-L[G] | 2H-L | 750(1) | .5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
| 4H-L[G] | 4H-L | 1000(1) | .5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
| 4H-SI[G] | 4H-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| Coldrink 1 - 7CLM+[G] | 7CLM+ | 8,000(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 1 - XCLM+[G] | XCLM+ | (1) | 1.67 | Nominal Particulate Reduction, Class III | ||
| Coldrink 2 - 7CLM+[G] | 7CLM+ | 16,000(1) | 3.34 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 2 - XCLM+[G] | XCLM+ | (1) | 3.34 | Nominal Particulate Reduction, Class III | ||
| Coldrink 3 - 7CLM+[G] | 7CLM+ | 24,000(1) | 5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 3 - XCLM+[G] | XCLM+ | (1) | 5 | Nominal Particulate Reduction, Class III | ||
| Coldrink 4 - XCLM+[G] | XCLM+ | (1) | 6.6 | Nominal Particulate Reduction, Class III | ||
| Coldrink 4 - 7CLM+[G] | 7CLM+ | 32,000(1) | 6.6 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Endurance SC High Flow Quad 1.1[G] | SEN | 200,000(1) | 15 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| Endurance SC High Flow Triple 1.1[G] | SEN | 150,000(1) | 11.25 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| Endurance SC High Flow Twin 1.0[G] | SEN | 100,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| Follett FL4-SI Carbon-Less NPF Single[G] | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| Follett FL4-SI Carbon-Less Single[G] | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| High Flow CSR Quad - 7CLM+[G] | 7CLM+ | 32,000(1) | 6.6 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| High Flow CSR Quad - SEN[5] [G] | SEN | 200000(1) | 15 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Quad - XCLM+[G] | XCLM+ | (1) | 6.6 | Nominal Particulate Reduction, Class III | ||
| High Flow CSR Triple - 7CLM+[G] | 7CLM+ | 24,000(1) | 5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| High Flow CSR Triple - SEN[5] [G] | SEN | 150000(1) | 11.25 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Triple - XCLM+[G] | XCLM+ | (1) | 5 | Nominal Particulate Reduction, Class III | ||
| High Flow CSR Twin - 7CLM+[G] | 7CLM+ | 16,000(1) | 3.34 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| High Flow CSR Twin - XCLM+[G] | XCLM+ | (1) | 3.34 | Nominal Particulate Reduction, Class III | ||
| Hoshizaki Single - 4HC-H[G] | 4HC-H | 21,000(1) | 2.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Hoshizaki Triple - 4HC-H[G] | 4HC-H | 63,000(1) | 6.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Hoshizaki Twin - 4HC-H[G] | 4HC-H | 42,000(1) | 4.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Single - 2FC-S[G] | 2FC-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| Insurice Single - 2FC5-S[G] | 2FC5-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
| Insurice Single – 4SI[G] | 4SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| InsuricePF Single – 4SI[G] | 4SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| QC7I Quad - 7CLM+[G] | 7CLM+ | 32,000(1) | 6.6 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Quad - XCLM+[G] | XCLM+ | (1) | 6.6 | Nominal Particulate Reduction, Class III | ||
| QC7I Single - 2FC[G] | 2FC | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| QC7I Single - 2FC5[G] | 2FC5 | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
| QC7I Single - 4CLM+[G] | 4CLM+ | 4,000(1) | 1.25 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Single - 4CLM+-S[G] | 4CLM+-S | 4,000(1) | 1.25 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Single - 7CLM+[G] | 7CLM+ | 8,000(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Single - 7CLM+-S[G] | 7CLM+-S | 8,000(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Single - XCLM+[G] | XCLM+ | (1) | 1.67 | Nominal Particulate Reduction, Class III | ||
| QC7I Triple - 7CLM+[G] | 7CLM+ | 24,000(1) | 5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Triple - XCLM+[G] | XCLM+ | (1) | 5 | Nominal Particulate Reduction, Class III | ||
| QC7I Twin - 4CLM+[G] | 4CLM+ | 8,000(1) | 2.5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Twin - 4CLM+-S[G] | 4CLM+-S | 8,000(1) | 2.5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Twin - 7CLM+[G] | 7CLM+ | 16,000(1) | 3.34 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Twin - XCLM+[G] | XCLM+ | (1) | 3.34 | Nominal Particulate Reduction, Class III | ||
| QL1 - 2FC[G] | 2FC | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| QL1 - 2FC-S[G] | 2FC-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| QL1 - 2FC5[G] | 2FC5 | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
| QL1 - 2FC5-S[G] | 2FC5-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
| QL3B - 2FC[G] | 2FC | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| QL3B - 2FC-S[G] | 2FC-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
| QL3B - 2FC5[G] | 2FC5 | 6000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3B - 2FC5-S[G] | 2FC5-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
| QL3B - 2PZ[G] | 2PZ | 6000(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 4PZ[G] | 4PZ | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-1FCM[G] | 1FCM | 10,566 | .79 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
| Scotsman AP Plus Single System[G] | APRC1-P | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| Scotsman AP Plus Triple System[G] | APRC1-P | (1) | 6 | Nominal Particulate Reduction, Class I | ||
| Scotsman AP Plus Twin System[G] | APRC1-P | (1) | 4 | Nominal Particulate Reduction, Class I | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[5] From date code 1G159.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
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|
Plumbed-In |
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| Arctic Pure Pro K00535-K00533[G] | K00533 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| Arctic Pure Pro K00535-K00534 [G] | K00534 | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| CB20-312E[G] | CC1E CC3E |
100,000(1) | 5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 1 - 4CB5[G] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 1 - 4FC[G] | 4FC | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 1 - 4FC5[G] | 4FC5 | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 1 - 7CB5[G] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 1 - 7FC[G] | 7FC | 25000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 1 - 7FC5[G] | 7FC5 | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 1 - MC²[G] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 1 - XC²[2] [3] [G] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 2 - 4CB5[G] | 4CB5 | 12,000 | 3.3 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 2 - 4FC[G] | 4FC | 30000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 2 - 4FC5[G] | 4FC5 | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 2 - 7CB5[G] | 7CB5 | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 2 - 7FC[G] | 7FC | 50000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 2 - 7FC5[G] | 7FC5 | 50000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 2 - MC²[G] | MC² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 2 - XC²[2] [3] [G] | XC² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 3 - 4CB5[G] | 4CB5 | 18,000(1) | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 3 - 4FC[G] | 4FC | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 3 - 4FC5[G] | 4FC5 | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 3 - 7CB5[G] | 7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 3 - 7FC[G] | 7FC | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 3 - 7FC5[G] | 7FC5 | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 3 - MC²[G] | MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 3 - XC²[2] [3] [G] | XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 4 - 4FC[G] | 4FC | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 4 - 4FC5[G] | 4FC5 | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink 4 - 7CB5[G] | 7CB5 | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink 4 - 7FC[G] | 7FC | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Coldrink 4 - 7FC5[G] | 7FC5 | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| E10-FC10[G] | FC10 | 15,000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
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| Endurance High Flow Quad[5] [G] | SEN | 200000(1) | 15 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Endurance High Flow Triple[5] [G] | SEN | 150000(1) | 11.25 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Endurance High Flow Twin[5] [G] | SEN | 100000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| FL4S NPF Single[G] | FL4S | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| FL4S Plus NPF Single[G] | FL4S PLUS | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| FL4S Plus Single[G] | FL4S PLUS | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| FL4S Single[2] [3] [G] | FL4S | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR QUAD - 4FC[G] | 4FC | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR QUAD - 7FC[G] | 7FC | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR QUAD – 4FC5[G] | 4FC5 | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| HIGH FLOW CSR QUAD – 7FC5[G] | 7FC5 | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| HIGH FLOW CSR TRIPLE - 4FC[G] | 4FC | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR TRIPLE - 7FC[G] | 7FC | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR TRIPLE – 4FC5[G] | 4FC5 | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| HIGH FLOW CSR TRIPLE – 7FC5[G] | 7FC5 | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| HIGH FLOW CSR TWIN - 4FC[G] | 4FC | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR TWIN - 7FC[G] | 7FC | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| HIGH FLOW CSR TWIN – 4FC5[G] | 4FC5 | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| HIGH FLOW CSR TWIN – 7FC5[G] | 7FC5 | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| High Flow CSR Quad - MC²[G] | MC² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Quad Plus - XC²[2] [3] [G] | XC² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Triple - 4CB5[G] | 4CB5 | 18,000(1) | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| High Flow CSR Triple - 7CB5[G] | 7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
| High Flow CSR Triple - MC²[G] | MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Triple - XC²[2] [3] [G] | XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Twin - 4CB5[G] | 4CB5 | 12,000 | 3.3 | Chlorine Reduction Taste and Odor Reduction |
||
| High Flow CSR Twin - 7CB5[G] | 7CB5 | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| High Flow CSR Twin - MC²[G] | MC² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| High Flow CSR Twin - XC²[2] [3] [G] | XC² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF QUAD - 4FC-S[G] | 4FC-S | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF QUAD - 7FC-S[G] | 7FC-S | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF QUAD – 4FC5-S[G] | 4FC5-S | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF QUAD – 7FC5-S[G] | 7FC5-S | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF SINGLE - 4FC-S[G] | 4FC-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF SINGLE - 7FC-S[G] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF SINGLE – 4FC5-S[G] | 4FC5-S | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF SINGLE – 7FC5-S[G] | 7FC5-S | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF TRIPLE - 4FC-S[G] | 4FC-S | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF TRIPLE - 7FC-S[G] | 7FC-S | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF TRIPLE – 4FC5-S[G] | 4FC5-S | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF TRIPLE – 7FC5-S[G] | 7FC5-S | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF TWIN - 4FC-S[G] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF TWIN - 7FC-S[G] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE PF TWIN – 4FC5-S[G] | 4FC5-S | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE PF TWIN – 7FC5-S[G] | 7FC5-S | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE QUAD - 4FC-S[G] | 4FC-S | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE QUAD - 7FC-S[G] | 7FC-S | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE QUAD – 4FC5-S[G] | 4FC5-S | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE QUAD – 7FC5-S[G] | 7FC5-S | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE SINGLE - 4FC-S[G] | 4FC-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE SINGLE - 7FC-S[G] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE SINGLE – 4FC5-S[G] | 4FC5-S | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE SINGLE – 7FC5-S[G] | 7FC5-S | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE TRIPLE - 4FC-S[G] | 4FC-S | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE TRIPLE - 7FC-S[G] | 7FC-S | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE TRIPLE – 4FC5-S[G] | 4FC5-S | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE TRIPLE – 7FC5-S[G] | 7FC5-S | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE TWIN - 4FC-S[G] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE TWIN - 7FC-S[G] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| INSURICE TWIN – 4FC5-S[G] | 4FC5-S | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| INSURICE TWIN – 7FC5-S[G] | 7FC5-S | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| InsurIce PF Single - I2000²[G] | I2000² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| InsurIce PF Single - I4000²[G] | I4000 | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| InsurIce PF Triple - I2000²[G] | I2000² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| InsurIce PF Triple - I4000²[G] | I4000² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| InsurIce PF Twin - I2000²[G] | I2000² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| InsurIce PF Twin - I4000²[G] | I4000² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice PF Quad - 7SI[G] | 7SI | (1) | 14 | Nominal Particulate Reduction, Class I | ||
| Insurice PF Single - 7SI[G] | 7SI | (1) | 3.5 | Nominal Particulate Reduction, Class I | ||
| Insurice PF Triple - 7SI[G] | 7SI | (1) | 10.5 | Nominal Particulate Reduction, Class I | ||
| Insurice PF Twin - 7SI[G] | 7SI | (1) | 7 | Nominal Particulate Reduction, Class I | ||
| Insurice Quad - 7SI[G] | 7SI | (1) | 14 | Nominal Particulate Reduction, Class I | ||
| Insurice Quad - I2000²[G] | I2000² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Quad - I4000²[2] [3] [G] | I4000² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Single - 7SI[G] | 7SI | (1) | 3.5 | Nominal Particulate Reduction, Class I | ||
| Insurice Single - I2000²[G] | I2000² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Single - I4000²[2] [3] [G] | I4000² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Triple - 7SI[G] | 7SI | (1) | 10.5 | Nominal Particulate Reduction, Class I | ||
| Insurice Triple - I2000²[G] | I2000² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Triple - I4000²[2] [3] [G] | I4000² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Twin - 7SI[G] | 7SI | (1) | 7 | Nominal Particulate Reduction, Class I | ||
| Insurice Twin - I2000²[G] | I2000² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Insurice Twin - I4000²[2] [3] [G] | I4000² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF SINGLE - 7FC5-S [G] | 7FC5-S | 25000(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I PF SINGLE 7FC[G] | 7FC | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF SINGLE 7FC-S[G] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF Single - 7FC5[G] | 7FC5 | 25000(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I PF TWIN 4FC[G] | 4FC | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF TWIN 4FC-S[G] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF TWIN 7FC[G] | 7FC | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF TWIN 7FC-S[G] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I PF TWIN 7FC5[G] | 7FC5 | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I PF TWIN 7FC5-S[G] | 7FC5-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I QUAD - 4FC[G] | 4FC | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I QUAD - 7FC[G] | 7FC | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I QUAD – 4FC5[G] | 4FC5 | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I QUAD – 7FC5[G] | 7FC5 | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Quad - 7CB5[G] | 7CB5 | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Quad - 7CB5-K[G] | 7CB5-K | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Quad - 7CB5-S[G] | 7CB5-S | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Quad - MC²[G] | MC² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Quad - MH²[G] | MH² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Quad - XC²[2] [3] [G] | XC² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I SINGLE - 4FC[G] | 4FC | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I SINGLE - 7FC[G] | 7FC | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I SINGLE 4FC-S[G] | 4FC-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I SINGLE 4FC5-S[G] | 4FC5-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I SINGLE 7FC-S[G] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I SINGLE 7FC5-S[G] | 7FC5-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I SINGLE – 4FC5[G] | 4FC5 | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I SINGLE – 7FC5[G] | 7FC5 | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Single - 7CB5[G] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Single - 7CB5-K[G] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Single - MC²[G] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Single - XC²[2] [3] [G] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Single – 7CB5-S[G] | 7CB5-S | 10,000(1) | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Single-MH²[G] | MH² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TRIPLE - 4FC[G] | 4FC | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TRIPLE - 7FC[G] | 7FC | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TRIPLE – 4FC5[G] | 4FC5 | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I TRIPLE – 7FC5[G] | 7FC5 | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I TWIN - 4FC[G] | 4FC | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TWIN - 7FC[G] | 7FC | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TWIN 4FC-S[G] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TWIN 4FC5-S[G] | 4FC5-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I TWIN 7FC-S[G] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I TWIN 7FC5-S[G] | 7FC5-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I TWIN – 4FC5[G] | 4FC5 | 35,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I TWIN – 7FC5[G] | 7FC5 | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QC7I Triple - 7CB5[G] | 7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Triple - 7CB5-K[G] | 7CB5-K | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Triple - 7CB5-S[G] | 7CB5-S | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Triple - MC²[G] | MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Triple - MH²[G] | MH² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Triple - XC²[2] [3] [G] | XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Twin - 7CB5[G] | 7CB5 | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Twin - 7CB5-K[G] | 7CB5-K | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Twin - 7CB5-S[G] | 7CB5-S | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
| QC7I Twin - MC²[G] | MC² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Twin - MH²[G] | MH² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QC7I Twin - XC²[2] [3] [G] | XC² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 4FC[G] | 4FC | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 4FC-PS[G] | 4FC-PS | 1000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 4FC-S[G] | 4FC-S | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 7FC-P[G] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1 - 7FC-PS[G] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-2CB5[G] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-2CB5-K[G] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-2CB5-S[G] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-2DC[G] | 2DC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL1-4C[G] | 4C | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-4C2[G] | 4C2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-4CB5[G] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-4CB5-K[G] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-4CB5-S[G] | 4CB5-S | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-4H[G] | 4H | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-4H2[G] | 4H2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-7CB5[G] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-7CB5-K[G] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-7CB5-S[G] | 7CB5-S | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL1-AC[G] | AC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-AC2[G] | AC2 | 1500 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-BH²[G] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL1-OCS²[G] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2 - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2 - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2 - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2 - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2 - 7FC-P[G] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2 - 7FC-PS[G] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2-2CB5[G] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL2-2CB5-K[G] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL2-2CB5-S[G] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL2-BH²[G] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2-OCS²[G] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2-OW200L[2] [3] [G] | OW200L | 480(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL2-WPS/ADC[G] | ADC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3 - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3 - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3 - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3 - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3 - 7FC-P[G] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3 - 7FC-PS[G] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-2CB5[G] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-2CB5-K[G] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-2CB5-S[G] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-2DC[G] | 2DC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3-4C[G] | 4C | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-4C2[G] | 4C2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-4CB5[G] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-4CB5-K[G] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-4CB5-S[G] | 4CB5-S | 6000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-4DC[G] | 4DC | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3-4H[G] | 4H | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-4H2[G] | 4H2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-7CB5[G] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-7CB5-K[G] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-7CB5-S[G] | 7CB5-S | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3-BH²[G] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-MC²[G] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-MH²[G] | MH² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-OCS²[G] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-OW200L[G] | OW200L | 480(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3-WPS/ADC[G] | ADC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3-XC²[G] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 4FC[G] | 4FC | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 4FC-S[G] | 4FC-S | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 7FC-P[G] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B - 7FC-PS[G] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B 4FC5[G] | 4FC5 | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QL3B 4FC5-S[G] | 4FC5-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QL3B 7FC[G] | 7FC | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B 7FC5[G] | 7FC5 | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QL3B 7FC5-S[G] | 7FC5-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| QL3B-2CB5[G] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-2CB5-K[G] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-2CB5-S[G] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-2DC[G] | 2DC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3B-4C[G] | 4C | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-4C2[G] | 4C2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-4CB5[G] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-4CB5-K[G] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-4CB5-S[G] | 4CB5-S | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-4DC[G] | 4DC | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| QL3B-4H [G] | 4H | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-4H2[G] | 4H2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-7CB5[G] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-7CB5-K[G] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-7CB5-S[G] | 7CB5-S | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B-AC [G] | AC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-AC2[G] | AC2 | 1500 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-BH²[G] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-MC²[G] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-MH²[G] | MH² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-OCS²[G] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-OW200L[G] | OW200L | 480(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| QL3B-XC²[G] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Quantum 1000 Filter[2] [3] [G] | Quantum 1000 | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Quantum 4000 Filter[G] | Quantum 4000 | 2000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| SCOTSMAN SINGLE – SSMplus[G] | SSMplus | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| SCOTSMAN TRIPLE – SSMplus[G] | SSMplus | 27,000(1) | 5.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| SCOTSMAN TWIN – SSMplus[G] | SSMplus | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] From date code 1C38
[3] From date code 1C48
[5] From date code 1G159.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In to Separate Tap [G] |
||||||
| MRS-600HE-II-P General Market[9] [10] [11] [12] [13] | 7FS-BW MR-600 7FC-P |
20000(1) | 3.34 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| MRS-600HE-II-P General Market[9] [10] [11] [12] [13] | 7FS-BW MR-600-1 7FC-P |
20000(1) | 3.34 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| MRS-600HE-II-P General Market [9] [10] [11] [12] [13] | 7FS-BW MR-600F 7FC-P |
20000(1) | 3.34 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| MRS-600HE-II-P Starbucks[9] [10] [11] [12] [13] | 7FS-BW MR-600-1 7FC-P |
20000(1) | 3.34 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| MRS-600HE-II-P Starbucks[9] [10] [11] [12] [13] | 7FS-BW MR-600F 7FC-P |
20000(1) | 3.34 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[9] MRS-600HE-II-P is a Reverse Osmosis system and is also certified to NSF/ANSI Std. 58.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
[10] Tested and certified for Std. 42 Chlorine reduction and Particulate Class 1 reduction
using the 7FC-P post filter for a 20,000 gallon capacity at a flow rate of 3.34 GPM.
[11] Certified for use with HEII Upgrade Pump Kit Retro
[12] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV09969-00.
[13] Intended for use with a storage tank, which is sold separately.
|
||||||
|
Replacement Element: Plumbed-In [G] |
||||||
| K00530[6] | N/A | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| K00531[7] | N/A | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| K00532[8] | N/A | 4000(1) | .32 | Chlorine Reduction Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[6] Arctic Pure Pro K00530
[7] Arctic Pure Pro K00531
[8] Arctic Pure Pro K00532
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
COMPONENTS: Filter Housings/Filter Cartridges[4] |
||||||
| E10[G] | ||||||
| E20[G] | ||||||
| E20-DPI[G] | ||||||
| Endurance TKO Microfilter Pretreatment System[G] | ||||||
|
  [4] Conforms to material and structural integrity requirements only.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
Facility : Roselle, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In [Pb] |
||||||
| Arctic Pure Pro K00535-K00533[Pb] | K00533 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| Arctic Pure Pro K00535-K00534 [Pb] | K00534 | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| CB20-312E | CC1E CC3E |
100,000(1) | 5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Chloramine Reduction |
||
| COLDRINK SYSTEM 1 - 4FC | 4FC | 15,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| COLDRINK SYSTEM 1 – 4FC5 | 4FC5 | 15,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
| COLDRINK SYSTEM 1 – 7FC5 | 7FC5 | 25,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
| Coldrink System 1 - 4CB5 | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink System 1 - 7CB5 | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| Coldrink System 1 - MC² | MC² | 9,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| Coldrink System 1 - XC² | XC² | 12,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| E10-FC10 | FC10 | 15,000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| E20-FC20 | FC20 | 25,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Everpure FX-11 | CTO-10 | 15,000 | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Everpure FX-12 | CTO-20 | 30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Everpure FXI-11 | CTOS-10 | 15,000 | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Everpure FXI-12 | CTOS-20 | 30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Everpure FXI-22 | CTOS-20 S5-20 |
30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Everpure QTCR-1 | CTO-QCR2 | 10,000(1) | 1.7 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
| Everpure QTCR-2 | CTO-QCR2 | 20,000(1) | 3.4 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
| Everpure QTCR-3 | CTO-QCR2 | 30,000(1) | 5.1 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
| Everpure QTCR-4 | CTO-QCR2 | 40,000(1) | 6.8 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
| FL4S Plus Single | FL4S PLUS | 15,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Chloramine Reduction |
||
| FL4S Single[4] [5] | FL4S | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Chloramine Reduction |
||
| INSURICE PF SINGLE - 4FC-S | 4FC-S | 15,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| INSURICE PF SINGLE - 7FC-S | 7FC-S | 25,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| INSURICE PF SINGLE – 4FC5-S | 4FC5-S | 15,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
| INSURICE PF SINGLE – 7FC5-S | 7FC5-S | 25,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
| InsurIce PF Single - I2000² | I2000² | 9,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| InsurIce PF Single - I4000² | I4000 | 12,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
| Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Nominal Particulate Reduction, Class I | ||
| QL3B - 4CB5[Pb] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B - 4CB5-K[Pb] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B - 4CB5-S[Pb] | 4CB5-S | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B - 7CB5[Pb] | 7CB5 | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B - 7CB5-K[Pb] | 7CB5-K | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
| QL3B - 7CB5-S[Pb] | 7CB5-S | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[4] From date code 1C38
[5] From date code 1C48
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
Commercial Modular [Pb] |
||||||
| Coldrink1-7CLM+ | 7CLM+ | 7500(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Coldrink1-XCLM+ | XCLM+ | 9300(1) | 2 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
| Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
COMPONENTS: Filter Cartridges[2] [Pb] |
||||||
| Everpure CTO-10 | ||||||
| Everpure CTO-20 | ||||||
| Everpure CTO-Q | ||||||
| Everpure CTO-Q10 | ||||||
| Everpure CTOS-10 | ||||||
| Everpure CTOS-20 | ||||||
| Everpure S5-10 | ||||||
| Everpure S5-20 | ||||||
|
  [2] Conforms to material requirements only.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
COMPONENTS: Filter Housings/Filter Cartridges[3] [Pb] |
||||||
| E10 | ||||||
| E20 | ||||||
| E20-DPI | ||||||
|
  [3] Conforms to material and structural integrity requirements only.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Dover, NH
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Replacement Element: Plumbed-In [Pb] |
||||||
| FC10[2] | N/A | 15,000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
| FC20[3] | N/A | 25,000(1) | 2.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] E10-FC10
[3] E20-FC20
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Jiangsu Province, China
|
COMPONENTS: Filter Cartridges[1] |
||||||
| CG5-10 | ||||||
| CG5-10S | ||||||
| CG5-20 | ||||||
| CG5-20S | ||||||
| CG53-10 | ||||||
| CG53-10S | ||||||
| CG53-20S | ||||||
| CGT-10 | ||||||
|
  [1] Conforms to material requirements only. |
||||||
Facility : Zhejiang, China
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In [Pb] |
||||||
| Arctic Pure Pro K00530 | K00530 | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Arctic Pure Pro K00531 | K00531 | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
| Arctic Pure Pro K00532 | K00532 | 4000(1) | .32 | Chlorine Reduction Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Reynosa, Mexico
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In |
||||||
| AquaMark Inline[Pb] | N/A | 1350 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| IN-10 CS[1] | N/A | 3308 | .5 | Chlorine Reduction Taste and Odor Reduction |
||
| IN-15 CF[2] [Pb] | N/A | 5000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| IN-15 CF-S[2] [Pb] | N/A | 5000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
| IN-6 CG-S[1] | N/A | 585 | .5 | Chlorine Reduction Taste and Odor Reduction |
||
|
  [1] From date code 5D10.
[2] From date code 14E12.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
| Everpure LLC | |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 |
Facility : # 1 USA
|
COMPONENTS: Filter Cartridges[1] |
||||||
| SS-10[Pb] | ||||||
| SS-IMF[Pb] | ||||||
| SS-IP[Pb] | ||||||
| SS-XL[Pb] | ||||||
| SSW-10[Pb] | ||||||
|
  [1] Conforms to material requirements only.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
[2] The quantity of media used in the SS-IP may range between 22 and 54 grams.
NSF/ANSI 44
Cation Exchange Water Softeners
Cation Exchange Water Softeners
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Buena Park, CA
| Flow Rate | ||||||
| Brand Name / Trade Name / Model | (gpm) | Claim | ||||
|
Plumbed-In[1] [Pb] |
||||||
| CES-5600E-15 | 3 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of
hardness removed per pound of regenerant salt (477 grams of hardness removed per
kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant
water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per
64.8 grams of hardness removed).
[HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness
have been verified.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
Point-of-Entry[1] [POE] |
||||||
| CES-9100E-24[Pb] | 8 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
| CES-9100TS E-30C[Pb] | 7.9 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of
hardness removed per pound of regenerant salt (477 grams of hardness removed per
kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant
water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per
64.8 grams of hardness removed).
[HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness
have been verified.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
[POE] Product conforms to NSF/ANSI/CAN 61 health effects requirements.
|
||||||
Facility : Mukwonago, WI
| Flow Rate | ||||||
| Brand Name / Trade Name / Model | (gpm) | Claim | ||||
|
Plumbed-In[1] [Pb] |
||||||
| CES-5600E-15 | 3 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of
hardness removed per pound of regenerant salt (477 grams of hardness removed per
kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant
water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per
64.8 grams of hardness removed).
[HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness
have been verified.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
Point-of-Entry[1] [POE] |
||||||
| CES-9100E-24[Pb] | 8 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
| CES-9100TS E-30C[Pb] | 7.9 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of
hardness removed per pound of regenerant salt (477 grams of hardness removed per
kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant
water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per
64.8 grams of hardness removed).
[HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness
have been verified.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
[POE] Product conforms to NSF/ANSI 61 health effects requirements.
|
||||||
NSF/ANSI 53
Drinking Water Treatment Units - Health Effects
Drinking Water Treatment Units - Health Effects
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Hanover Park, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Commercial Modular |
||||||
| 2H-L[G] | 2H-L | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
| 4H-L[G] | 4H-L | 1000(1) | .5 | Cyst Reduction Lead Reduction |
||
| 4H-SI[G] | 4H-SI | (1) | 2 | Cyst Reduction | ||
| Endurance SC High Flow Quad 1.1[G] | SEN | (1) | 15 | Cyst Reduction Turbidity Reduction |
||
| Endurance SC High Flow Triple 1.1[G] | SEN | (1) | 11.25 | Cyst Reduction Turbidity Reduction |
||
| Endurance SC High Flow Twin 1.0[G] | SEN | (1) | 7.5 | Cyst Reduction | ||
| Follett FL4-SI Carbon-Less NPF Single[G] | FL4-SI | (1) | 2 | Cyst Reduction | ||
| Follett FL4-SI Carbon-Less Single[G] | FL4-SI | (1) | 2 | Cyst Reduction | ||
| High Flow CSR Quad - SEN[5] [G] | SEN | (1) | 15 | Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Triple - SEN[5] [G] | SEN | (1) | 11.25 | Cyst Reduction Turbidity Reduction |
||
| Insurice Single - 2FC-S[G] | 2FC-S | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| Insurice Single - 4SI[G] | 4SI | (1) | 2 | Cyst Reduction | ||
| InsuricePF Single - 4SI[G] | 4SI | (1) | 2 | Cyst Reduction | ||
| QC7I Single - 2FC[G] | 2FC | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| QL1 - 2FC[G] | 2FC | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| QL1 - 2FC-S[G] | 2FC-S | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B - 2FC[G] | 2FC | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B - 2FC-S[G] | 2FC-S | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B - 2PZ[G] | 2PZ | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B - 4PZ[G] | 4PZ | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B-1FCM[G] | 1FCM | (1) | .79 | Cyst Reduction Turbidity Reduction |
||
| Scotsman AP Plus Single System[G] | APRC1-P | (1) | 2 | Cyst Reduction | ||
| Scotsman AP Plus Triple System[G] | APRC1-P | (1) | 6 | Cyst Reduction | ||
| Scotsman AP Plus Twin System[G] | APRC1-P | (1) | 4 | Cyst Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[5] From date code 1G159.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In |
||||||
| CB20-312E[G] | CC1E CC3E |
(1) | 5 | Cyst Reduction | ||
| Coldrink 1 - 4FC[G] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 1 - 7FC[G] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 1 - MC²[G] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| Coldrink 1 - XC²[2] [3] [G] | XC² | (1) | 1.67 | Cyst Reduction | ||
| Coldrink 2 - 4FC[G] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 2 - 7FC[G] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 2 - MC²[G] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
| Coldrink 2 - XC²[2] [3] [G] | XC² | (1) | 3.3 | Cyst Reduction | ||
| Coldrink 3 - 4FC[G] | 4FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 3 - 7FC[G] | 7FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 3 - MC²[G] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| Coldrink 3 - XC²[2] [3] [G] | XC² | (1) | 5 | Cyst Reduction | ||
| Coldrink 4 - 4FC[G] | 4FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| Coldrink 4 - 7FC[G] | 7FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| E10-FC10[G] | FC10 | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| Endurance High Flow Quad[5] [G] | SEN | (1) | 15 | Cyst Reduction Turbidity Reduction |
||
| Endurance High Flow Triple [5] [G] | SEN | (1) | 11.25 | Cyst Reduction Turbidity Reduction |
||
| Endurance High Flow Twin[5] [G] | SEN | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| FL4S NPF Single[G] | FL4S | (1) | .5 | Cyst Reduction | ||
| FL4S Plus NPF Single[G] | FL4S PLUS | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| FL4S Plus Single[G] | FL4S PLUS | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| FL4S Single[2] [3] [G] | FL4S | (1) | .5 | Cyst Reduction | ||
| HIGH FLOW CSR QUAD - 4FC[G] | 4FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| HIGH FLOW CSR QUAD - 7FC[G] | 7FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| HIGH FLOW CSR TRIPLE - 4FC[G] | 4FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| HIGH FLOW CSR TRIPLE - 7FC[G] | 7FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| HIGH FLOW CSR TWIN - 4FC[G] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| HIGH FLOW CSR TWIN - 7FC[G] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| High Flow CSR Quad - MC²[G] | MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
| High Flow CSR Quad Plus - XC²[2] [3] [G] | XC² | (1) | 6.6 | Cyst Reduction | ||
| High Flow CSR Triple - MC²[G] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| High Flow CSR Triple - XC²[2] [3] [G] | XC² | (1) | 5 | Cyst Reduction | ||
| High Flow CSR Twin - MC²[G] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
| High Flow CSR Twin - XC²[2] [3] [G] | XC² | (1) | 3.3 | Cyst Reduction | ||
| INSURICE PF QUAD - 4FC-S[G] | 4FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF QUAD - 7FC-S[G] | 7FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF SINGLE - 4FC-S[G] | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF SINGLE - 7FC-S[G] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF TRIPLE - 4FC-S[G] | 4FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF TRIPLE - 7FC-S[G] | 7FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF TWIN - 4FC-S[G] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF TWIN - 7FC-S[G] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE QUAD - 4FC-S[G] | 4FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| INSURICE QUAD - 7FC-S[G] | 7FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| INSURICE SINGLE - 4FC-S[G] | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE SINGLE - 7FC-S[G] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE TRIPLE - 4FC-S[G] | 4FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE TRIPLE - 7FC-S[G] | 7FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE TWIN - 4FC-S[G] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE TWIN - 7FC-S[G] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Single - I2000²[G] | I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| InsurIce PF Single - I4000²[G] | I4000² | (1) | 1.67 | Cyst Reduction | ||
| InsurIce PF Triple - I2000²[G] | I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| InsurIce PF Triple - I4000²[G] | I4000² | (1) | 5 | Cyst Reduction | ||
| InsurIce PF Twin - I2000²[G] | I2000² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
| InsurIce PF Twin - I4000²[G] | I4000² | (1) | 3.3 | Cyst Reduction | ||
| Insurice PF Quad - 7SI[G] | 7SI | (1) | 14 | Cyst Reduction | ||
| Insurice PF Single - 7SI[G] | 7SI | (1) | 3.5 | Cyst Reduction | ||
| Insurice PF Triple - 7SI[G] | 7SI | (1) | 10.5 | Cyst Reduction | ||
| Insurice PF Twin - 7SI[G] | 7SI | (1) | 7 | Cyst Reduction | ||
| Insurice Quad - 7SI[G] | 7SI | (1) | 14 | Cyst Reduction | ||
| Insurice Quad - I2000²[G] | I2000² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
| Insurice Quad - I4000²[2] [3] [G] | I4000² | (1) | 6.6 | Cyst Reduction | ||
| Insurice Single - 7SI[G] | 7SI | (1) | 3.5 | Cyst Reduction | ||
| Insurice Single - I2000²[G] | I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| Insurice Single - I4000²[2] [3] [G] | I4000² | (1) | 1.67 | Cyst Reduction | ||
| Insurice Triple - 7SI[G] | 7SI | (1) | 10.5 | Cyst Reduction | ||
| Insurice Triple - I2000²[G] | I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| Insurice Triple - I4000²[2] [3] [G] | I4000² | (1) | 5 | Cyst Reduction | ||
| Insurice Twin - 7SI[G] | 7SI | (1) | 7 | Cyst Reduction | ||
| Insurice Twin - I2000²[G] | I2000² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
| Insurice Twin - I4000²[2] [3] [G] | I4000² | (1) | 3.3 | Cyst Reduction | ||
| K00531[6] [G] | N/A | 4000(1) | .32 | Cyst Reduction Turbidity Reduction |
||
| QC7I PF SINGLE 7FC[G] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I PF SINGLE 7FC-S[G] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I PF TWIN 4FC[G] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I PF TWIN 4FC-S[G] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I PF TWIN 7FC[G] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I PF TWIN 7FC-S[G] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I QUAD - 4FC[G] | 4FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| QC7I QUAD - 7FC[G] | 7FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
| QC7I Quad - MC²[G] | MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
| QC7I Quad - MH²[G] | MH² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
| QC7I Quad - XC²[2] [3] [G] | XC² | (1) | 6.6 | Cyst Reduction | ||
| QC7I SINGLE - 4FC[G] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I SINGLE - 7FC[G] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I SINGLE 4FC-S[G] | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I SINGLE 7FC-S[G] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I Single - MC²[G] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| QC7I Single - XC²[2] [3] [G] | XC² | (1) | 1.67 | Cyst Reduction | ||
| QC7I Single-MH²[G] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| QC7I TRIPLE - 4FC[G] | 4FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I TRIPLE - 7FC[G] | 7FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
| QC7I TWIN - 4FC[G] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I TWIN - 7FC[G] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I TWIN 4FC-S[G] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I TWIN 7FC-S[G] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
| QC7I Triple - MC²[G] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| QC7I Triple - MH²[G] | MH² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
| QC7I Triple - XC²[2] [3] [G] | XC² | (1) | 5 | Cyst Reduction | ||
| QC7I Twin - MC²[G] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
| QC7I Twin - MH²[G] | MH² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
| QC7I Twin - XC²[2] [3] [G] | XC² | (1) | 3.3 | Cyst Reduction | ||
| QL1 - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL1 - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL1 - 4FC[G] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QL1 - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL1 - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL1 - 4FC-S | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QL1 - 7FC-P[G] | 7FC-P | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL1 - 7FC-PS[G] | 7FC-PS | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL1-2DC[G] | 2DC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL1-4C[G] | 4C | (1) | .5 | Cyst Reduction | ||
| QL1-4C2[G] | 4C2 | (1) | .5 | Cyst Reduction | ||
| QL1-4H[G] | 4H | (1) | .5 | Cyst Reduction | ||
| QL1-4H2[G] | 4H2 | (1) | .5 | Cyst Reduction | ||
| QL1-AC[G] | AC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL1-AC2[G] | AC2 | (1) | .5 | Cyst Reduction | ||
| QL1-BH²[G] | BH² | (1) | .5 | Cyst Reduction | ||
| QL1-OCS²[G] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL2 - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL2 - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL2 - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL2 - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL2 - 7FC-P[G] | 7FC-P | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL2 - 7FC-PS[G] | 7FC-PS | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL2-BH²[G] | BH² | (1) | .5 | Cyst Reduction | ||
| QL2-OCS²[G] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL2-OW200L[2] [3] [G] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
| QL2-WPS/ADC[G] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3 - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL3 - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL3 - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3 - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3 - 7FC-P[G] | 7FC-P | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3 - 7FC-PS[G] | 7FC-PS | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3-2DC[G] | 2DC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3-4C[G] | 4C | (1) | .5 | Cyst Reduction | ||
| QL3-4C2[G] | 4C2 | (1) | .5 | Cyst Reduction | ||
| QL3-4DC[G] | 4DC | (1) | .5 | Cyst Reduction | ||
| QL3-4H[G] | 4H | (1) | .5 | Cyst Reduction | ||
| QL3-4H2[G] | 4H2 | (1) | .5 | Cyst Reduction | ||
| QL3-BH²[G] | BH² | (1) | .5 | Cyst Reduction | ||
| QL3-MC²[G] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| QL3-MH²[G] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| QL3-OCS²[G] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3-OW200L[G] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
| QL3-WPS/ADC[G] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3-XC[G] | XC | (1) | 1.67 | Cyst Reduction | ||
| QL3-XC²[G] | XC² | (1) | 1.67 | Cyst Reduction | ||
| QL3B - 2FC-P[G] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL3B - 2FC-PS[G] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
| QL3B - 4FC[G] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B - 4FC-P[G] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3B - 4FC-PS[G] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3B - 4FC-S | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B - 7FC-P[G] | 7FC-P | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3B - 7FC-PS[G] | 7FC-PS | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
| QL3B 7FC[G] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| QL3B-2DC[G] | 2DC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3B-4C[G] | 4C | (1) | .5 | Cyst Reduction | ||
| QL3B-4C2[G] | 4C2 | (1) | .5 | Cyst Reduction | ||
| QL3B-4DC[G] | 4DC | (1) | .5 | Cyst Reduction | ||
| QL3B-4H [G] | 4H | (1) | .5 | Cyst Reduction | ||
| QL3B-4H2[G] | 4H2 | (1) | .5 | Cyst Reduction | ||
| QL3B-AC [G] | AC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3B-AC2[G] | AC2 | (1) | .5 | Cyst Reduction | ||
| QL3B-BH²[G] | BH² | (1) | .5 | Cyst Reduction | ||
| QL3B-MC²[G] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| QL3B-MH²[G] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| QL3B-OCS²[G] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
| QL3B-OW200L[G] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
| QL3B-XC²[G] | XC² | (1) | 1.67 | Cyst Reduction | ||
| Quantum 1000 Filter[2] [3] [G] | Quantum 1000 | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
| Quantum 4000 Filter[G] | Quantum 4000 | 2000(1) | .5 | Cyst Reduction Lead Reduction |
||
| SCOTSMAN SINGLE – SSMplus[G] | SSMplus | 9000(1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
| SCOTSMAN TRIPLE – SSMplus[G] | SSMplus | 27,000(1) | 5.0 | Asbestos Reduction Cyst Reduction |
||
| SCOTSMAN TWIN – SSMplus[G] | SSMplus | 18,000(1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] From date code 1C38
[3] From date code 1C48
[5] From date code 1G159.
[6] Arctic Pure Pro K00531
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In to Separate Tap [G] |
||||||
| MRS-600HE-II-P General Market[7] [8] [9] [10] [11] | 7FS-BW MR-600F 7FC-P |
20000(1) | 3.34 | Cyst Reduction Lead Reduction |
||
| MRS-600HE-II-P General Market[7] [8] [9] [10] [11] | 7FS-BW MR-600-1 7FC-P |
20000(1) | 3.34 | Cyst Reduction Lead Reduction |
||
| MRS-600HE-II-P General Market[7] [8] [9] [10] [11] | 7FS-BW MR-600 7FC-P |
20000(1) | 3.34 | Cyst Reduction Lead Reduction |
||
| MRS-600HE-II-P Starbucks[7] [8] [9] [10] [11] | 7FS-BW MR-600-1 7FC-P |
20000(1) | 3.34 | Cyst Reduction Lead Reduction |
||
| MRS-600HE-II-P Starbucks[7] [8] [9] [10] [11] | 7FS-BW MR-600F 7FC-P |
20000(1) | 3.34 | Cyst Reduction Lead Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[7] MRS-600HE-II-P is a Reverse Osmosis system and is also certified to NSF/ANSI Std. 58.
[8] Tested and Certified for Std. 53 Cyst and Lead reduction using the 7FC-P post filter for
a 20,000 gallon capacity at a flow rate of 3.34 GPM.
[9] Certified for use with HEII Upgrade Pump Kit Retro
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
[10] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV09969-00.
[11] Intended for use with a storage tank, which is sold separately.
|
||||||
[4] From date code 1G1622
Facility : Roselle, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Commercial Modular |
||||||
| Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Cyst Reduction | ||
| Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Cyst Reduction | ||
| InsuricePF Single - 4SI | 4SI | (1) | 2 | Cyst Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. |
||||||
|
Plumbed-In [Pb] |
||||||
| CB20-312E | CC1E CC3E |
(1) | 5 | Cyst Reduction | ||
| COLDRINK SYSTEM 1 - 4FC | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| Coldrink System 1 - MC² | MC² | (1) | 1.67 | Cyst Reduction Asbestos Reduction |
||
| Coldrink System 1 - XC² | XC² | (1) | 1.67 | Cyst Reduction | ||
| E10-FC10 | FC10 | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| E20-FC20 | FC20 | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| FL4S Plus Single | FL4S PLUS | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| FL4S Single[2] [3] | FL4S | (1) | .5 | Cyst Reduction | ||
| INSURICE PF SINGLE - 4FC-S | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| INSURICE PF SINGLE - 7FC-S | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
| InsurIce PF Single - I2000² | I2000² | (1) | 1.67 | Cyst Reduction Asbestos Reduction |
||
| InsurIce PF Single - I4000² | I4000² | (1) | 1.67 | Cyst Reduction | ||
| Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Cyst Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] From date code 1C38
[3] From date code 1C48
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Dover, NH
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Replacement Element: Plumbed-In [Pb] |
||||||
| FC10[2] | N/A | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
| FC20[3] | N/A | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] E10-FC10
[3] E20-FC20
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Zhejiang, China
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In [Pb] |
||||||
| Arctic Pure Pro K00531 | K00531 | 4000(1) | .32 | Cyst Reduction Turbidity Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
NSF/ANSI 58
Reverse Osmosis Drinking Water Treatment Systems
Reverse Osmosis Drinking Water Treatment Systems
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Hanover Park, IL
| Replacement | Daily Production | |||||
| Brand Name / Trade Name / Model | Module | Rate (gpd) | Claim | |||
|
Plumbed-In to Separate Tap |
||||||
| Conserv 75E[G] | 4CC GRO-75EN 4FC5 4CB5 |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
| Conserv LT-S[G] | 4CC GRO-75EN 4FC5 |
75 | TDS Reduction | |||
| MRS-600HE-II (General Market)[1] [2] [G] | MR-600 | 763.35 | TDS Reduction | |||
| MRS-600HE-II (General Market)[1] [2] [G] | MR-600F | 507.76 | TDS Reduction | |||
| MRS-600HE-II (General Market)[1] [2] [G] | MR-600-1 | 507.76 | TDS Reduction | |||
| MRS-600HE-II (Starbucks)[1] [2] [G] | MR-600F | 507.76 | TDS Reduction | |||
| MRS-600HE-II (Starbucks)[1] [2] [G] | MR-600-1 | 507.76 | TDS Reduction | |||
| MRS-600HE-II-P General Market[1] [2] [3] [G] | 7FS-BW MR-600-1 7FC-P |
507.76 | TDS Reduction | |||
| MRS-600HE-II-P General Market[1] [2] [3] [G] | 7FS-BW MR-600 7FC-P |
763.35 | TDS Reduction | |||
| MRS-600HE-II-P General Market[1] [2] [3] [G] | 7FS-BW MR-600F 7FC-P |
507.76 | TDS Reduction | |||
| MRS-600HE-II-P Starbucks[1] [2] [3] [G] | 7FS-BW MR-600-1 7FC-P |
507.76 | TDS Reduction | |||
| MRS-600HE-II-P Starbucks[1] [2] [3] [G] | 7FS-BW MR-600F 7FC-P |
507.76 | TDS Reduction | |||
|
  * This product is intended for use only on water supplies that have been shown to be at or
below the referenced concentration and valency of arsenic.
[1] Certified for use with HE-II Upgrade Pump Kit Retro.
[2] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV9969-00.
[3] Intended for use with a storage tank, which is sold separately.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
Facility : Roselle, IL
| Replacement | Daily Production | |||||
| Brand Name / Trade Name / Model | Module | Rate (gpd) | Claim | |||
|
Plumbed-In to Separate Tap [Pb] |
||||||
| Conserv 75E | 4CB5 4CC 4FC5 GRO-75EN |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
| Conserv 75S | 4CC 4FC5 GRO-75EN |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
| Conserv LT-S | 4CC 4FC5 GRO-75EN |
75 | TDS Reduction | |||
| EZ-RO 200/10G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/10G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/16G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/16G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/2G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/2G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/5G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/5G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/10G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/10G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/16ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/16ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/16G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/16G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/2G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/2G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/30ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/30ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/50ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/50ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/5G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/5G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 650/16ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/16ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/30ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/30ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/50ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/50ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| LVRO-75HE | 2CB5 2FC5-S GRO-75EN |
14.66 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
| LVRO-75HE+F | 2CB5 2FC5-S GRO-75EN |
14.66 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
| MRS-600HE-II (General Market)[1] [2] | MR-600F | 507.76 | TDS Reduction | |||
| MRS-600HE-II (General Market)[1] [2] | MR-600-1 | 507.76 | TDS Reduction | |||
| MRS-600HE-II (General Market)[1] [2] | MR-600 | 763.35 | TDS Reduction | |||
| MRS-600HE-II (Starbucks)[1] [2] | MR-600F | 507.76 | TDS Reduction | |||
| MRS-600HE-II (Starbucks)[1] [2] | MR-600-1 | 507.76 | TDS Reduction | |||
|
  * This product is intended for use only on water supplies that have been shown to be at or
below the referenced concentration and valency of arsenic.
[1] Certified for use with HE-II Upgrade Pump Kit Retro.
[2] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV9969-00.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
NSF/ANSI 401
Drinking Water Treatment Units - Emerging Compounds/Incidental Contaminants
Drinking Water Treatment Units - Emerging Compounds/Incidental Contaminants
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Hanover Park, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Commercial Modular [G] |
||||||
| 2H-L | 2H-L | 750(1) | .5 | Microplastics Reduction | ||
| 4H-L | 4H-L | 1000(1) | .5 | Microplastics Reduction | ||
| 4H-SI SYSTEM | 4H-SI | (1) | 2 | Microplastics Reduction | ||
| Endurance SC High Flow Quad 1.1 | SEN | 200000(1) | 15 | Microplastics Reduction | ||
| Endurance SC High Flow Triple 1.1 | SEN | 150000(1) | 11.25 | Microplastics Reduction | ||
| Endurance SC High Flow Twin 1.1 | SEN | 100000(1) | 7.5 | Microplastics Reduction | ||
| Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
| Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
| High Flow CSR Quad - SEN | SEN | 200000(1) | 15 | Microplastics Reduction | ||
| High Flow CSR Triple - SEN | SEN | 150000(1) | 11.25 | Microplastics Reduction | ||
| Hoshizaki Single - 4HC-H | 4HC-H | 21000(1) | 2 | Microplastics Reduction | ||
| Hoshizaki Triple - 4HC-H | 4HC-H | 63000(1) | 6 | Microplastics Reduction | ||
| Hoshizaki Twin - 4HC-H | 4HC-H | 42000(1) | 4 | Microplastics Reduction | ||
| Insurice Single - 2FC-S | 2FC-S | 6000(1) | 1.5 | Microplastics Reduction | ||
| Insurice Single - 4SI | 4SI | (1) | 2 | Microplastics Reduction | ||
| InsuricePF Single - 4SI | 4SI | (1) | 2 | Microplastics Reduction | ||
| QC7I Single - 2FC | 2FC | 6000(1) | 1.5 | Microplastics Reduction | ||
| QL1 - 2FC | 2FC | 6000(1) | 1.5 | Microplastics Reduction | ||
| QL1 - 2FC-S | 2FC-S | 6000(1) | 1.5 | Microplastics Reduction | ||
| QL3B - 2FC | 2FC | 6000(1) | 1.5 | Microplastics Reduction | ||
| QL3B - 2FC-S | 2FC-S | 6000(1) | 1.5 | Microplastics Reduction | ||
| QL3B – 2PZ | 2PZ | (1) | 1.5 | Microplastics Reduction | ||
| QL3B – 4PZ | 4PZ | (1) | 1.5 | Microplastics Reduction | ||
| QL3B-1FCM | 1FCM | (1) | .79 | Microplastics Reduction | ||
| Scotsman AP Plus Single System | APRC1-P | (1) | 2 | Microplastics Reduction | ||
| Scotsman AP Plus Triple System | APRC1-P | (1) | 6 | Microplastics Reduction | ||
| Scotsman AP Plus Twin System | APRC1-P | (1) | 4 | Microplastics Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In [G] |
||||||
| CB20-312E | CC1E CC3E |
(1) | 5 | Microplastics Reduction | ||
| COLDRINK SYSTEM 4 - 4FC | 4FC | 60000 | 10 | Microplastics Reduction | ||
| Coldrink - 7FC | 7FC | (1) | 5 | Microplastics Reduction | ||
| Coldrink 1 - 4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
| Coldrink 1 - 7FC | 7FC | (1) | 2.5 | Microplastics Reduction | ||
| Coldrink 1 - MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
| Coldrink 1- XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
| Coldrink 2 - 4FC | 4FC | (1) | 5 | Microplastics Reduction | ||
| Coldrink 2 - MC² | MC² | 18000(1) | 3.3 | Microplastics Reduction | ||
| Coldrink 2 - XC² | XC² | 24000 | 3.3 | Microplastics Reduction | ||
| Coldrink 3 - 4FC | 4FC | 45000 | 7.5 | Microplastics Reduction | ||
| Coldrink 3 - 7FC | 7FC | 75000 | 7.5 | Microplastics Reduction | ||
| Coldrink 3 - MC² | MC² | 27000(1) | 5 | Microplastics Reduction | ||
| Coldrink 3 - XC² | XC² | 36000 | 5 | Microplastics Reduction | ||
| Coldrink 4 - 7FC | 7FC | 100000 | 10 | Microplastics Reduction | ||
| E10-FC10 | FC10 | (1) | 1.5 | Microplastics Reduction | ||
| E20-FC20 | FC20 | (1) | 2.5 | Microplastics Reduction | ||
| Endurance High Flow Quad | SEN | 200000 | 15 | Microplastics Reduction | ||
| Endurance High Flow Triple | SEN | 150000 | 11.25 | Microplastics Reduction | ||
| Endurance High Flow Twin | SEN | 100000 | 7.5 | Microplastics Reduction | ||
| FL4S NPF Single | FL4S | 3000(1) | .5 | Microplastics Reduction | ||
| FL4S PLUS SINGLE | FL4S PLUS | (1) | 2.5 | Microplastics Reduction | ||
| FL4S Single | FL4S | 3000(1) | .5 | Microplastics Reduction | ||
| HIGH FLOW CSR QUAD - 4FC | 4FC | 60000 | 10 | Microplastics Reduction | ||
| HIGH FLOW CSR QUAD - 7FC | 7FC | 100000 | 10 | Microplastics Reduction | ||
| HIGH FLOW CSR TRIPLE - 4FC | 4FC | 45000 | 7.5 | Microplastics Reduction | ||
| HIGH FLOW CSR TRIPLE - 7FC | 7FC | 75000 | 7.5 | Microplastics Reduction | ||
| HIGH FLOW CSR TWIN - 4FC | 4FC | 30000 | 5 | Microplastics Reduction | ||
| HIGH FLOW CSR TWIN - 7FC | 7FC | 50000 | 5 | Microplastics Reduction | ||
| High Flow CSR Quad - MC² | MC² | 36000(1) | 6.6 | Microplastics Reduction | ||
| High Flow CSR Quad Plus - XC² | XC² | 48000 | 6.6 | Microplastics Reduction | ||
| High Flow CSR Triple - MC² | MC² | 27000(1) | 5 | Microplastics Reduction | ||
| High Flow CSR Triple - XC² | XC² | 36000 | 5 | Microplastics Reduction | ||
| High Flow CSR Twin - MC² | MC² | 18000(1) | 3.3 | Microplastics Reduction | ||
| High Flow CSR Twin - XC² | XC² | 24000 | 3.3 | Microplastics Reduction | ||
| INSURICE PF QUAD - 4FC-S | 4FC-S | 60000 | 10 | Microplastics Reduction | ||
| INSURICE PF QUAD - 7FC-S | 7FC-S | 100000 | 10 | Microplastics Reduction | ||
| INSURICE PF SINGLE - 4FC-S | 4FC-S | 15000 | 2.5 | Microplastics Reduction | ||
| INSURICE PF SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
| INSURICE PF TRIPLE - 4FC-S | 4FC-S | 45000 | 7.5 | Microplastics Reduction | ||
| INSURICE PF TRIPLE - 7FC-S | 7FC-S | 75000 | 7.5 | Microplastics Reduction | ||
| INSURICE PF TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
| INSURICE PF TWIN - 7F-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
| INSURICE QUAD - 4FC-S | 4FC-S | 60000 | 10 | Microplastics Reduction | ||
| INSURICE QUAD - 7FC-S | 7FC-S | 100000 | 10 | Microplastics Reduction | ||
| INSURICE SINGLE - 4FC-S | 4FC-S | 15000 | 2.5 | Microplastics Reduction | ||
| INSURICE SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
| INSURICE TRIPLE - 4FC-S | 4FC-S | 45000 | 7.5 | Microplastics Reduction | ||
| INSURICE TRIPLE - 7FC-S | 7FC-S | 75000 | 7.5 | Microplastics Reduction | ||
| INSURICE TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
| INSURICE TWIN - 7FC-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
| InsurIce PF Single - I2000² | I2000² | 9000(1) | 1.67 | Microplastics Reduction | ||
| InsurIce PF Single - I4000² | I4000² | 12000(1) | 1.67 | Microplastics Reduction | ||
| InsurIce PF Triple - I2000² | I2000² | 27000(1) | 5 | Microplastics Reduction | ||
| InsurIce PF Triple - I4000² | I4000² | 36000(1) | 5 | Microplastics Reduction | ||
| InsurIce PF Twin - I2000² | I2000² | 18000(1) | 3.3 | Microplastics Reduction | ||
| InsurIce PF Twin - I4000² | I4000² | 24000(1) | 3.3 | Microplastics Reduction | ||
| Insurice PF Quad - 7SI | 7SI | (1) | 14 | Microplastics Reduction | ||
| Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Microplastics Reduction | ||
| Insurice PF Triple - 7SI | 7SI | (1) | 10.5 | Microplastics Reduction | ||
| Insurice PF Twin - 7SI | 7SI | (1) | 7 | Microplastics Reduction | ||
| Insurice Quad - 7SI | 7SI | (1) | 14 | Microplastics Reduction | ||
| Insurice Quad - I2000² | I2000² | 36000(1) | 6.6 | Microplastics Reduction | ||
| Insurice Quad - I4000² | I2000² | 48000(1) | 6.6 | Microplastics Reduction | ||
| Insurice Single - 7SI | 7SI | (1) | 3.5 | Microplastics Reduction | ||
| Insurice Single - I2000² | I2000² | 9000(1) | 1.67 | Microplastics Reduction | ||
| Insurice Single - I4000² | I4000² | 12000(1) | 1.67 | Microplastics Reduction | ||
| Insurice Triple - 7SI | 7SI | (1) | 10.5 | Microplastics Reduction | ||
| Insurice Triple - I2000² | I2000² | 27000(1) | 5 | Microplastics Reduction | ||
| Insurice Triple - I4000² | I4000² | 36000(1) | 5 | Microplastics Reduction | ||
| Insurice Twin - 7SI | 7SI | (1) | 7 | Microplastics Reduction | ||
| Insurice Twin - I2000² | I2000² | 18000(1) | 3.3 | Microplastics Reduction | ||
| Insurice Twin - I4000² | I4000² | 24000(1) | 3.3 | Microplastics Reduction | ||
| K00531[4] | N/A | 4000(1) | .32 | Microplastics Reduction | ||
| QC7I PF SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
| QC7I PF SINGLE 7FC | 7FC | 25000 | 2.5 | Microplastics Reduction | ||
| QC7I PF TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
| QC7I PF TWIN - 7FC | 7FC | 50000 | 5 | Microplastics Reduction | ||
| QC7I PF TWIN - 7FC-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
| QC7I PF TWIN 4FC | 4FC | 30000 | 5 | Microplastics Reduction | ||
| QC7I QUAD - 4FC | 4FC | 60000 | 10 | Microplastics Reduction | ||
| QC7I QUAD - 7FC | 7FC | 100000 | 10 | Microplastics Reduction | ||
| QC7I Quad - MC² | MC² | 36000(1) | 6.6 | Microplastics Reduction | ||
| QC7I Quad - MH² | MH² | 36000(1) | 6.6 | Microplastics Reduction | ||
| QC7I Quad - XC² | XC² | 48000 | 6.6 | Microplastics Reduction | ||
| QC7I SINGLE - 4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
| QC7I SINGLE - 4FC-S | 4FC-S | 15000 | 2.5 | Microplastics Reduction | ||
| QC7I SINGLE - 7FC | 7FC | 25000 | 2.5 | Microplastics Reduction | ||
| QC7I SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
| QC7I Single - MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
| QC7I Single - MH² | MH² | 9000(1) | 1.67 | Microplastics Reduction | ||
| QC7I Single - XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
| QC7I TRIPLE - 4FC | 4FC | 45000 | 7.5 | Microplastics Reduction | ||
| QC7I TRIPLE - 7FC | 7FC | 75000 | 7.5 | Microplastics Reduction | ||
| QC7I TWIN - 4FC | 4FC | 30000 | 5 | Microplastics Reduction | ||
| QC7I TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
| QC7I TWIN - 7FC | 7FC | 50000 | 5 | Microplastics Reduction | ||
| QC7I TWIN - 7FC-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
| QC7I Triple - MC² | MC² | 27000(1) | 5 | Microplastics Reduction | ||
| QC7I Triple - MH² | MH² | 27000(1) | 5 | Microplastics Reduction | ||
| QC7I Triple - XC² | XC² | 36000 | 5 | Microplastics Reduction | ||
| QC7I Twin - MC² | MC² | 18000(1) | 3.3 | Microplastics Reduction | ||
| QC7I Twin - MH² | MH² | 18000(1) | 3.3 | Microplastics Reduction | ||
| QC7I Twin - XC² | XC² | 24000 | 3.3 | Microplastics Reduction | ||
| QL1 - 2FC-P | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
| QL1 - 2FC-PS | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
| QL1 - 4C | 4C | (1) | .5 | Microplastics Reduction | ||
| QL1 - 4FC-P | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL1 - 4FC-PS | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL1 - 4H | 4H | (1) | .5 | Microplastics Reduction | ||
| QL1 - 7FC-P | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL1 - 7FC-PS | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL1- AC | AC | (1) | .5 | Microplastics Reduction | ||
| QL1-2DC | 2DC | (1) | 0.5 | Microplastics Reduction | ||
| QL1-4C² | 4C² | 3950(1) | .5 | Microplastics Reduction | ||
| QL1-4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
| QL1-4FC-S | 4FC-S | (1) | 2.5 | Microplastics Reduction | ||
| QL1-4H² | 4H² | 3950(1) | .5 | Microplastics Reduction | ||
| QL1-AC² | AC² | 1500(1) | .5 | Microplastics Reduction | ||
| QL1-BH | BH | (1) | 0.5 | Microplastics Reduction | ||
| QL1-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
| QL1-OCS | OCS | (1) | 0.5 | Microplastics Reduction | ||
| QL1-OCS² | OCS² | 1500(1) | .5 | Microplastics Reduction | ||
| QL2 - 2FC-P | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
| QL2 - 2FC-PS | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
| QL2 - 4FC-P | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL2 - 4FC-PS | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL2 - 7FC-P | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL2 - 7FC-PS | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL2 - H2O | Source H2O | (1) | .5 | Microplastics Reduction | ||
| QL2 - OC | OC | (1) | .5 | Microplastics Reduction | ||
| QL2-BH | BH | (1) | 0.5 | Microplastics Reduction | ||
| QL2-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
| QL2-OCS | OCS | (1) | 0.5 | Microplastics Reduction | ||
| QL2-OCS² | OCS² | 1500(1) | .5 | Microplastics Reduction | ||
| QL2-OW200L | OW200L | 480 | .5 | Microplastics Reduction | ||
| QL2-WPS/ADC | WPS/ADC | (1) | 0.5 | Microplastics Reduction | ||
| QL3 - 2FC-P | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
| QL3 - 2FC-PS | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
| QL3 - 4C | 4C | (1) | .5 | Microplastics Reduction | ||
| QL3 - 4FC-P | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL3 - 4FC-PS | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL3 - 4H | 4H | (1) | .5 | Microplastics Reduction | ||
| QL3 - 7FC-P | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL3 - 7FC-PS | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL3-2DC | 2DC | (1) | 0.5 | Microplastics Reduction | ||
| QL3-4C² | 4C² | 3950(1) | .5 | Microplastics Reduction | ||
| QL3-4DC | 4DC | (1) | 0.5 | Microplastics Reduction | ||
| QL3-4H² | 4H² | 3950(1) | .5 | Microplastics Reduction | ||
| QL3-BH | BH | (1) | 0.5 | Microplastics Reduction | ||
| QL3-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
| QL3-MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
| QL3-MH² | MH² | 9000(1) | 1.67 | Microplastics Reduction | ||
| QL3-OCS | OCS | (1) | 0.5 | Microplastics Reduction | ||
| QL3-OCS² | OCS² | 1500(1) | .5 | Microplastics Reduction | ||
| QL3-OW200L | OW200L | 480 | .5 | Microplastics Reduction | ||
| QL3-WPS/ADC | WPS/ADC | (1) | 0.5 | Microplastics Reduction | ||
| QL3-XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
| QL3B - 2FC-P[G] | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
| QL3B - 2FC-PS[G] | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
| QL3B - 4C | 4C | (1) | .5 | Microplastics Reduction | ||
| QL3B - 4FC-P[G] | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL3B - 4FC-PS[G] | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL3B - 4H | 4H | (1) | .5 | Microplastics Reduction | ||
| QL3B - 7FC-P[G] | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
| QL3B - 7FC-PS[G] | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
| QL3B - AC | AC | (1) | .5 | Microplastics Reduction | ||
| QL3B-2DC | 2DC | (1) | 0.5 | Microplastics Reduction | ||
| QL3B-4C² | 4C² | 3950(1) | .5 | Microplastics Reduction | ||
| QL3B-4DC | 4DC | (1) | 0.5 | Microplastics Reduction | ||
| QL3B-4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
| QL3B-4FC-S | 4FC-S | (1) | 2.5 | Microplastics Reduction | ||
| QL3B-4H² | 4H² | 3950(1) | .5 | Microplastics Reduction | ||
| QL3B-7FC | 7FC | 25000 | 2.5 | Microplastics Reduction | ||
| QL3B-AC² | AC² | 1500(1) | .5 | Microplastics Reduction | ||
| QL3B-BH | BH | (1) | 0.5 | Microplastics Reduction | ||
| QL3B-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
| QL3B-MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
| QL3B-MH² | MH² | 9000(1) | 1.67 | Microplastics Reduction | ||
| QL3B-OCS | OCS | (1) | 0.5 | Microplastics Reduction | ||
| QL3B-OCS² | OCS² | 1500 | .5 | Microplastics Reduction | ||
| QL3B-OW200L | OW200L | 480 | .5 | Microplastics Reduction | ||
| QL3B-XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
| QUANTUM 4000 FILTER | Quantum 4000 | (1) | .5 | Microplastics Reduction | ||
| Quantum 1000 Filter[2] [3] | Quantum 1000 | (1) | .5 | Microplastics Reduction | ||
| SCOTSMAN SINGLE - SSMplus | SSMplus | 9000 | 1.67 | Microplastics Reduction | ||
| SCOTSMAN TRIPLE - SSMplus | SSMplus | 27000 | 5 | Microplastics Reduction | ||
| SCOTSMAN TWIN - SSMplus | SSMplus | 18000 | 3.3 | Microplastics Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] From date code 1C38
[3] From date code 1C48
[4] Arctic Pure Pro K00531
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In to Separate Tap [G] |
||||||
| MRS-600HE-II-P General Market[5] [6] [7] [8] [9] | 7FS-BW MR-600 7FC-P |
(1) | 3.34 | Microplastics Reduction | ||
| MRS-600HE-II-P General Market[5] [6] [7] [8] [9] | 7FS-BW MR-600F 7FC-P |
(1) | 3.34 | Microplastics Reduction | ||
| MRS-600HE-II-P General Market [5] [6] [7] [8] [9] | 7FS-BW MR-600-1 7FC-P |
(1) | 3.34 | Microplastics Reduction | ||
| MRS-600HE-II-P Starbucks[5] [6] [7] [8] [9] | 7FS-BW MR-600F 7FC-P |
(1) | 3.34 | Microplastics Reduction | ||
| MRS-600HE-II-P Starbucks[5] [6] [7] [8] [9] | 7FS-BW MR-600-1 7FC-P |
(1) | 3.34 | Microplastics Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[5] MRS-600HE-II-P is a Reverse Osmosis system and is also certified to NSF/ANSI Std. 58.
[6] Std. 401 Microplastic Reduction Claim is bracketed by Testing of Std. 42 Particulate
Class I Reduction.
[7] Certified for use with HEII Upgrade Pump Kit Retro
[8] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV09969-00.
[9] Intended for use with a storage tank, which is sold separately.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
Facility : Roselle, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Commercial Modular [Pb] |
||||||
| Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
| Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
Plumbed-In [Pb] |
||||||
| COLDRINK SYSTEM 1 - 4FC | 4FC | (1) | 2.5 | Microplastics Reduction | ||
| Coldrink System 1 - MC² | MC² | (1) | 1.67 | Microplastics Reduction | ||
| Coldrink System 1 - XC² | XC² | (1) | 1.67 | Microplastics Reduction | ||
| FL4S PLUS SINGLE | FL4S PLUS | (1) | 2.5 | Microplastics Reduction | ||
| INSURICE PF SINGLE - 4FC-S | 4FC-S | (1) | 2.5 | Microplastics Reduction | ||
| INSURICE PF SINGLE - 7FC-S | 7FC-S | (1) | 2.5 | Microplastics Reduction | ||
| InsurIce PF Single - I2000² | I2000² | (1) | 1.67 | Microplastics Reduction | ||
| InsurIce PF Single - I4000² | I4000² | (1) | 1.67 | Microplastics Reduction | ||
| Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Microplastics Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Zhejiang, China
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In [Pb] |
||||||
| Arctic Pure Pro K00531 | K00531 | 4000(1) | .32 | Microplastics Reduction | ||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
ASSE 1087
Commercial and Food Service Water Treatment Equipment
Utilizing Drinking Water
Commercial and Food Service Water Treatment Equipment
Utilizing Drinking Water
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Buena Park, CA
|
Plumbed-In[1] [Pb] |
||||||
| CES-5600E-15 | ||||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
Point-of-Entry[1] [Pb] [POE] |
||||||
| CES-9100E-24 | ||||||
| CES-9100TS E-30C | ||||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
[POE] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Hanover Park, IL
|
Commercial Modular[G] |
||||||
| 4H-SI | ||||||
| Coldrink 1 - 7CLM+ | ||||||
| Coldrink 1 - XCLM+ | ||||||
| Coldrink 2 - 7CLM+ | ||||||
| Coldrink 2 - XCLM+ | ||||||
| Coldrink 3 - 7CLM+ | ||||||
| Coldrink 3 - XCLM+ | ||||||
| Coldrink 4 - XCLM+ | ||||||
| Coldrink 4 - 7CLM+ | ||||||
| High Flow CSR Quad - 7CLM+ | ||||||
| High Flow CSR Quad - XCLM+ | ||||||
| High Flow CSR Triple - 7CLM+ | ||||||
| High Flow CSR Triple - XCLM+ | ||||||
| High Flow CSR Twin - 7CLM+ | ||||||
| High Flow CSR Twin - XCLM+ | ||||||
| Hoshizaki Single - 4HC-H | ||||||
| Hoshizaki Triple - 4HC-H | ||||||
| Hoshizaki Twin - 4HC-H | ||||||
| Insurice Single - 2FC-S | ||||||
| Insurice Single - 2FC5-S | ||||||
| Insurice Single – 4SI | ||||||
| InsuricePF Single – 4SI | ||||||
| QC7I Quad - 7CLM+ | ||||||
| QC7I Quad - XCLM+ | ||||||
| QC7I Single - 2FC | ||||||
| QC7I Single - 2FC5 | ||||||
| QC7I Single - 4CLM+ | ||||||
| QC7I Single - 4CLM+-S | ||||||
| QC7I Single - 7CLM+ | ||||||
| QC7I Single - 7CLM+-S | ||||||
| QC7I Single - XCLM+ | ||||||
| QC7I Triple - 7CLM+ | ||||||
| QC7I Triple - XCLM+ | ||||||
| QC7I Twin - 4CLM+ | ||||||
| QC7I Twin - 4CLM+-S | ||||||
| QC7I Twin - 7CLM+ | ||||||
| QC7I Twin - XCLM+ | ||||||
| Scotsman AP Plus Single System | ||||||
| Scotsman AP Plus Triple System | ||||||
| Scotsman AP Plus Twin System | ||||||
|
  [G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In |
||||||
| Coldrink 1 - 4CB5[G] | ||||||
| Coldrink 1 - 4FC[G] | ||||||
| Coldrink 1 - 4FC5[G] | ||||||
| Coldrink 1 - 7CB5[G] | ||||||
| Coldrink 1 - 7FC[G] | ||||||
| Coldrink 1 - 7FC5[G] | ||||||
| Coldrink 1 - MC²[G] | ||||||
| Coldrink 1 - XC²[3] [4] [G] | ||||||
| Coldrink 2 - 4CB5[G] | ||||||
| Coldrink 2 - 4FC[G] | ||||||
| Coldrink 2 - 4FC5[G] | ||||||
| Coldrink 2 - 7CB5[G] | ||||||
| Coldrink 2 - 7FC[G] | ||||||
| Coldrink 2 - 7FC5[G] | ||||||
| Coldrink 2 - MC²[G] | ||||||
| Coldrink 2 - XC²[3] [4] [G] | ||||||
| Coldrink 3 - 4CB5[G] | ||||||
| Coldrink 3 - 4FC[G] | ||||||
| Coldrink 3 - 4FC5[G] | ||||||
| Coldrink 3 - 7CB5[G] | ||||||
| Coldrink 3 - 7FC[G] | ||||||
| Coldrink 3 - 7FC5[G] | ||||||
| Coldrink 3 - MC²[G] | ||||||
| Coldrink 3 - XC²[3] [4] [G] | ||||||
| Coldrink 4 - 4FC[G] | ||||||
| Coldrink 4 - 4FC5[G] | ||||||
| Coldrink 4 - 7CB5[G] | ||||||
| Coldrink 4 - 7FC[G] | ||||||
| Coldrink 4 - 7FC5[G] | ||||||
| HIGH FLOW CSR QUAD - 4FC[G] | ||||||
| HIGH FLOW CSR QUAD - 7FC[G] | ||||||
| HIGH FLOW CSR QUAD – 4FC5[G] | ||||||
| HIGH FLOW CSR QUAD – 7FC5[G] | ||||||
| HIGH FLOW CSR TRIPLE - 4FC[G] | ||||||
| HIGH FLOW CSR TRIPLE - 7FC[G] | ||||||
| HIGH FLOW CSR TRIPLE – 4FC5[G] | ||||||
| HIGH FLOW CSR TRIPLE – 7FC5[G] | ||||||
| HIGH FLOW CSR TWIN - 4FC[G] | ||||||
| HIGH FLOW CSR TWIN - 4FC[G] | ||||||
| HIGH FLOW CSR TWIN - 4FC5[G] | ||||||
| HIGH FLOW CSR TWIN - 7FC[G] | ||||||
| HIGH FLOW CSR TWIN – 4FC5[G] | ||||||
| HIGH FLOW CSR TWIN – 7FC5[G] | ||||||
| High Flow CSR Quad - MC²[G] | ||||||
| High Flow CSR Quad Plus - XC²[3] [4] [G] | ||||||
| High Flow CSR Triple - 4CB5[G] | ||||||
| High Flow CSR Triple - 7CB5[G] | ||||||
| High Flow CSR Triple - MC²[G] | ||||||
| High Flow CSR Triple - XC²[3] [4] [G] | ||||||
| High Flow CSR Twin - 4CB5[G] | ||||||
| High Flow CSR Twin - 7CB5[G] | ||||||
| High Flow CSR Twin - MC²[G] | ||||||
| High Flow CSR Twin - XC²[3] [4] [G] | ||||||
| INSURICE PF QUAD - 4FC-S[G] | ||||||
| INSURICE PF QUAD - 7FC-S[G] | ||||||
| INSURICE PF QUAD – 4FC5-S[G] | ||||||
| INSURICE PF QUAD – 7FC5-S[G] | ||||||
| INSURICE PF SINGLE - 4FC-S[G] | ||||||
| INSURICE PF SINGLE - 7FC-S[G] | ||||||
| INSURICE PF SINGLE – 4FC5-S[G] | ||||||
| INSURICE PF SINGLE – 7FC5-S[G] | ||||||
| INSURICE PF TRIPLE - 4FC-S[G] | ||||||
| INSURICE PF TRIPLE - 7FC-S[G] | ||||||
| INSURICE PF TRIPLE – 4FC5-S[G] | ||||||
| INSURICE PF TRIPLE – 7FC5-S[G] | ||||||
| INSURICE PF TWIN - 4FC-S[G] | ||||||
| INSURICE PF TWIN - 7FC-S[G] | ||||||
| INSURICE PF TWIN – 4FC5-S[G] | ||||||
| INSURICE PF TWIN – 7FC5-S[G] | ||||||
| INSURICE QUAD - 4FC-S[G] | ||||||
| INSURICE QUAD - 7FC-S[G] | ||||||
| INSURICE QUAD – 4FC5-S[G] | ||||||
| INSURICE QUAD – 7FC5-S[G] | ||||||
| INSURICE SINGLE - 4FC-S[G] | ||||||
| INSURICE SINGLE - 7FC-S[G] | ||||||
| INSURICE SINGLE – 4FC5-S[G] | ||||||
| INSURICE SINGLE – 7FC5-S[G] | ||||||
| INSURICE TRIPLE - 4FC-S[G] | ||||||
| INSURICE TRIPLE - 7FC-S[G] | ||||||
| INSURICE TRIPLE – 4FC5-S[G] | ||||||
| INSURICE TRIPLE – 7FC5-S[G] | ||||||
| INSURICE TWIN - 4FC-S[G] | ||||||
| INSURICE TWIN - 7FC-S[G] | ||||||
| INSURICE TWIN – 4FC5-S[G] | ||||||
| INSURICE TWIN – 7FC5-S[G] | ||||||
| InsurIce PF Single - I2000²[G] | ||||||
| InsurIce PF Single - I2000²[G] | ||||||
| InsurIce PF Single - I4000²[3] [4] [G] | ||||||
| InsurIce PF Triple - I2000²[G] | ||||||
| InsurIce PF Triple - I2000²[G] | ||||||
| InsurIce PF Triple - I4000²[3] [4] [G] | ||||||
| InsurIce PF Twin - I2000²[G] | ||||||
| InsurIce PF Twin - I4000²[3] [4] [G] | ||||||
| Insurice PF Quad - 7SI[G] | ||||||
| Insurice PF Single - 7SI[G] | ||||||
| Insurice PF Triple - 7SI[G] | ||||||
| Insurice PF Twin - 7SI[G] | ||||||
| Insurice Quad - 7SI[G] | ||||||
| Insurice Quad - I2000²[G] | ||||||
| Insurice Quad - I4000² [3] [4] [G] | ||||||
| Insurice Single - 7SI[G] | ||||||
| Insurice Single - I2000²[G] | ||||||
| Insurice Single - I4000² [3] [4] [G] | ||||||
| Insurice Single - I4000² [3] [4] [G] | ||||||
| Insurice Triple - 7SI[G] | ||||||
| Insurice Triple - I2000²[G] | ||||||
| Insurice Triple - I4000² [3] [4] [G] | ||||||
| Insurice Twin - 7SI[G] | ||||||
| Insurice Twin - I2000²[G] | ||||||
| Insurice Twin - I4000² [3] [4] [G] | ||||||
| QC7I PF SINGLE - 7FC5-S[G] | ||||||
| QC7I PF SINGLE 7FC[G] | ||||||
| QC7I PF SINGLE 7FC-S[G] | ||||||
| QC7I PF Single - 7FC5[G] | ||||||
| QC7I PF TWIN 4FC[G] | ||||||
| QC7I PF TWIN 4FC-S[G] | ||||||
| QC7I PF TWIN 7FC[G] | ||||||
| QC7I PF TWIN 7FC-S[G] | ||||||
| QC7I PF TWIN 7FC5[G] | ||||||
| QC7I PF TWIN 7FC5-S[G] | ||||||
| QC7I QUAD - 4FC[G] | ||||||
| QC7I QUAD - 7FC[G] | ||||||
| QC7I QUAD – 4FC5[G] | ||||||
| QC7I QUAD – 7FC5[G] | ||||||
| QC7I Quad - 7CB5[G] | ||||||
| QC7I Quad - 7CB5-K[G] | ||||||
| QC7I Quad - 7CB5-S[G] | ||||||
| QC7I Quad - MC²[G] | ||||||
| QC7I Quad - MH²[G] | ||||||
| QC7I Quad - XC²[3] [4] [G] | ||||||
| QC7I SINGLE - 4FC[G] | ||||||
| QC7I SINGLE - 7FC[G] | ||||||
| QC7I SINGLE 4FC-S[G] | ||||||
| QC7I SINGLE 4FC5-S[G] | ||||||
| QC7I SINGLE 7FC-S[G] | ||||||
| QC7I SINGLE 7FC5-S[G] | ||||||
| QC7I SINGLE – 4FC5[G] | ||||||
| QC7I SINGLE – 7FC5[G] | ||||||
| QC7I Single - 7CB5[G] | ||||||
| QC7I Single - 7CB5-K[G] | ||||||
| QC7I Single - MC²[G] | ||||||
| QC7I Single - XC²[3] [4] [G] | ||||||
| QC7I Single – 7CB5-S[G] | ||||||
| QC7I Single-MH²[G] | ||||||
| QC7I TRIPLE - 4FC[G] | ||||||
| QC7I TRIPLE - 7FC[G] | ||||||
| QC7I TRIPLE – 4FC5[G] | ||||||
| QC7I TRIPLE – 7FC5[G] | ||||||
| QC7I TWIN - 4FC[G] | ||||||
| QC7I TWIN - 7FC[G] | ||||||
| QC7I TWIN 4FC-S[G] | ||||||
| QC7I TWIN 4FC5-S[G] | ||||||
| QC7I TWIN 7FC-S[G] | ||||||
| QC7I TWIN 7FC5-S[G] | ||||||
| QC7I TWIN – 4FC5[G] | ||||||
| QC7I TWIN – 7FC5[G] | ||||||
| QC7I Triple - 7CB5[G] | ||||||
| QC7I Triple - 7CB5-K[G] | ||||||
| QC7I Triple - 7CB5-S[G] | ||||||
| QC7I Triple - MC²[G] | ||||||
| QC7I Triple - MH²[G] | ||||||
| QC7I Triple - XC²[3] [4] [G] | ||||||
| QC7I Twin - 7CB5[G] | ||||||
| QC7I Twin - 7CB5-K[G] | ||||||
| QC7I Twin - 7CB5-S[G] | ||||||
| QC7I Twin - MC²[G] | ||||||
| QC7I Twin - MH²[G] | ||||||
| QC7I Twin - XC²[3] [4] [G] | ||||||
| SCOTSMAN SINGLE – SSMplus[G] | ||||||
| SCOTSMAN TRIPLE – SSMplus[G] | ||||||
| SCOTSMAN TWIN – SSMplus[G] | ||||||
|
  [3] From date code 1C38
[4] From date code 1C48
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
|
Plumbed-In to Separate Tap [G] |
||||||
| MRS-600HE-II (General Market)[1] [2] | ||||||
| MRS-600HE-II (Starbucks)[1] [2] | ||||||
| MRS-600HE-II-P General Market[1] [2] [5] | ||||||
| MRS-600HE-II-P Starbucks[1] [2] [5] | ||||||
|
  [1] Certified for use with HE-II Upgrade Pump Kit Retro.
[2] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV9969-00.
[5] Intended for use with a storage tank, which is sold separately.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
Facility : Mukwonago, WI
|
Plumbed-In[1] [Pb] |
||||||
| CES-5600E-15 | ||||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
|
Point-of-Entry[1] [Pb] [POE] |
||||||
| CES-9100E-24 | ||||||
| CES-9100TS E-30C | ||||||
|
  [1] Product evaluated and determined to comply with efficiency rating requirements defined
by California state laws.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
[POE] Product conforms to NSF/ANSI 61 health effects requirements.
|
||||||
CSA Standard B483.1
Drinking Water Treatment Systems
Drinking Water Treatment Systems
| Everpure LLC | ![]() |
| 1040 Muirfield Drive | |
| Hanover Park, IL 60133 | |
| United States | |
| 800-323-7873 | |
| Visit this company's website |
Facility : Hanover Park, IL
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In [G] |
||||||
| K00530[2] | N/A | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| K00531[3] | N/A | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Cyst Reduction Turbidity Reduction Microplastics Reduction |
||
| K00532[4] | N/A | 4000(1) | .32 | Chlorine Reduction Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[2] Arctic Pure Pro K00530
[3] Arctic Pure Pro K00531
[4] Arctic Pure Pro K00532
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
state laws and the U.S. Safe Drinking Water Act.
|
||||||
Facility : Zhejiang, China
| Replacement | Service Cycle | Flow Rate | ||||
| Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
|
Plumbed-In [Pb] |
||||||
| Arctic Pure Pro K00530 | K00530 | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
| Arctic Pure Pro K00531 | K00531 | 4000(1) | .32 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Cyst Reduction Turbidity Reduction Microplastics Reduction |
||
| Arctic Pure Pro K00532 | K00532 | 4000(1) | .32 | Chlorine Reduction Taste and Odor Reduction |
||
|
  (1) Claims of capacity or rated service cycle are not applicable for mechanical filtration.
[Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
Facility : Roselle, IL
| Replacement | Daily Production | |||||
| Brand Name / Trade Name / Model | Module | Rate (gpd) | Claim | |||
|
Plumbed-In to Separate Tap[Pb] |
||||||
| EZ-RO 200/10G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/10G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/16G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/16G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/2G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/2G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/5G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 200/5G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/10G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/10G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/16ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/16ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/16G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/16G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/2G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/2G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/30ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/30ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/50ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/50ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
| EZ-RO 375/5G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 375/5G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
| EZ-RO 650/16ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/16ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/30ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/30ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/50ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
| EZ-RO 650/50ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
|
  [Pb] Product also evaluated and determined to possess weighted average lead content of
<=0.25% and complies with lead content requirements for “lead free” plumbing as defined
by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking
Water Act.
|
||||||
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Number of matching Products is 1200
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